Low-loss micro-machined fiber with Rayleigh backscattering enhanced by two orders of magnitude
Low-loss micro-machined fiber with Rayleigh backscattering enhanced by two orders of magnitude
A high performance optical fiber, fabricated using femtosecond micro-machining, for distributed Rayleigh sensing is presented. The fiber contains reflection points that increase the intensity of the back-reflected signal by two orders of magnitude. This removes the need for the amplification of the back reflected signal. Optical side scattering radiometry measurements revealed reflection points caused an average loss of -46 dBm. A fiber fabricated with a reflector resolution of 1 m provided an increase in the total fiber attenuation of 0.3 dBkm-1.
Donko, Andrei
3786c6f9-efb1-4d38-8366-9df4e9bd4033
Sandoghchi, Reza
15499707-d3f2-42f1-90e2-cbe260462487
Masoudi, Ali
8073fb9b-2e6c-46c9-89cf-cb8670d76dc0
Beresna, Martynas
a6dc062e-93c6-46a5-aeb3-8de332cdec7b
Brambilla, Gilberto
815d9712-62c7-47d1-8860-9451a363a6c8
2018
Donko, Andrei
3786c6f9-efb1-4d38-8366-9df4e9bd4033
Sandoghchi, Reza
15499707-d3f2-42f1-90e2-cbe260462487
Masoudi, Ali
8073fb9b-2e6c-46c9-89cf-cb8670d76dc0
Beresna, Martynas
a6dc062e-93c6-46a5-aeb3-8de332cdec7b
Brambilla, Gilberto
815d9712-62c7-47d1-8860-9451a363a6c8
Donko, Andrei, Sandoghchi, Reza, Masoudi, Ali, Beresna, Martynas and Brambilla, Gilberto
(2018)
Low-loss micro-machined fiber with Rayleigh backscattering enhanced by two orders of magnitude.
In Optical Fiber Sensors, OFS 2018.
vol. Part F124-OFS 2,
OSA..
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Conference or Workshop Item
(Paper)
Abstract
A high performance optical fiber, fabricated using femtosecond micro-machining, for distributed Rayleigh sensing is presented. The fiber contains reflection points that increase the intensity of the back-reflected signal by two orders of magnitude. This removes the need for the amplification of the back reflected signal. Optical side scattering radiometry measurements revealed reflection points caused an average loss of -46 dBm. A fiber fabricated with a reflector resolution of 1 m provided an increase in the total fiber attenuation of 0.3 dBkm-1.
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Published date: 2018
Venue - Dates:
Optical Fiber Sensors, OFS 2018, , Lausanne, Switzerland, 2018-09-24 - 2018-09-28
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Local EPrints ID: 427602
URI: http://eprints.soton.ac.uk/id/eprint/427602
PURE UUID: 4a6e592c-e6df-43a9-9bcb-41ee14b0156d
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Date deposited: 24 Jan 2019 17:30
Last modified: 12 Nov 2024 02:46
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